Ama-Fuse e-CJDPV-32 Cylindrical Ceramic 1000VDC asezingeni elihle angu-10X38mm Fuse holder Fuse Core Isithombe Esivelele

Ama-Fuse e-CJDPV-32 Cylindrical Ceramic 1000VDC asezingeni elihle ane-Fuse holder engu-10X38mm Fuse Core

Incazelo emfushane:

Isibambi sefuse sochungechunge lwe-CJDPV senziwe ngezinto eziphikisayo, futhi sihlangabezana nezindinganiso ze-IEC 60947-3. I-voltage ephezulu kakhulu ingu-1000V kanti i-current ephezulu ingu-30A. Njengesivikelo se-short circuit kanye ne-over-current, sisetshenziswa kabanzi ohlelweni lokusabalalisa i-voltage ephezulu nephansi, uhlelo lokulawula, kanye nemishini kagesi, njengebhokisi lokusabalalisa kanye ne-inverter.

Sithumelele i-imeyili

Imininingwane Yomkhiqizo

Amathegi Omkhiqizo

Izinzuzo Zomkhiqizo

Ukufakwa Kwesitimela se-DIN35, Kulula Ukuyifaka
Ibhulokhi yetheminali elungisekayo, Ifemu yezintambo
Igobolondo elivimbela umlilo, ukumelana nokushisa okuphezulu
Ukufakwa okuguquguqukayo, Kulula ukukufaka esikhundleni

Idatha yobuchwepheshe

Okujwayelekile	IEC60947-3
I-PV DC CDFHIsibambi seFuseI-Pole	1P
Isilinganiso Sokusebenza Esisebenzayo	1000VDC
Isilinganiso samanje	30A
Umthamo Wokuphula	20kA
Ukushabalaliswa Kwamandla Okuphezulu	3W
Uxhumano kanye ne-InstallationWire	2.5mm²-6.0mm²
Izikulufu Zesiphetho	M3.5
I-Torque	0.8~1.2Nm
Izinga Lokuvikelwa	I-IP20
Usayizi we-Fuse	10x38mm
Ibanga Lokushisa Lokusebenza	-30°C~+70°C
Ukufaka	Isitimela se-DIN IEC/EN 60715
Izinga Lokungcola	3
Umswakama Olinganiselwe	+20°C ≤95%, +40°C ≤50%
Ikilasi Lokufaka	III
Isisindo	0.07kg Ngesigxobo ngasinye

AmaFuse e-Photovoltaic 10x38mm

Izinzuzo Zomkhiqizo

Ama-Amps: 1~ 32A; Ama-volts: 1000VDC; Amandla okuphula: 30kA
Umklamo omncane. Ukulahleka kwamandla okuphansi. Ukusebenza okuhle kakhulu kwe-DC
I-voltage ephansi ye-arc kanye namandla aphansi okuvumela ukuthi kudlule (I2t)
Izinga lokushisa lokugcina umkhiqizo: -40°C~120°C. Ku-40°CC, umswakama ohlobene awudluli ku-70%, ngaphansi kuka-30°C, hhayi ngaphezu kuka-80%, ngaphansi kuka-20°C, hhayi ngaphezu kuka-90%
Ukushisa kokupakisha nokugcina: -40°C~80°C. Umswakama ohlobene awudluli ku-90%, futhi akukho ukuminyana

Ukumelana Nokudlidliza Nokwethuka

Inokumelana okuhle nokudlidliza kanye nokushayisana, futhi ingamelana nobunzima obungaphezu kuka-20g. Ihambisana nesimo se-IT sezokuthutha ngesitimela kanye nokusetshenziswa kwezimoto ezijwayelekile.
Endaweni yokusetshenziswa enokunyakaza okunamandla, ukuhlolwa okuhambisanayo kungaxoxiswana ngakho, okuvame ukudinga isikhathi eside.

Ukuphakama

2000 – 4500m
Ukuphakama okuphezulu kuholela kakhulu ekuwohlokeni kokufakwa kokushisa, ukuwohloka kwesimo sokushabalalisa ukushisa kanye nokushintsha kwengcindezi yomoya.

A) Ukwenyuka kwezinga lokushisa kwe-fuse kukhuphuka ngo-0.1-0.5k njalo ngamamitha ayi-100 ngaphezu kolwandle.
B) Ngokwanda ngakunye kokuphakama okungamamitha ayi-100, izinga lokushisa elijwayelekile lehla cishe ngo-0.5K.
C) Endaweni evulekile, ithonya lokuphakama kwamandla kagesi alinganisiwe linganganakwa.
D) Uma isetshenziswa endaweni evaliwe, uma izinga lokushisa lomoya noma izinga lokushisa lebhokisi lingehli ngokukhuphuka kokuphakama futhi lisafinyelela ngaphezu kuka-40°C, amandla kagesi alinganiselwe kudingeka ancishiswe. Amandla kagesi alinganiselwe kufanele ancishiswe ngo-2%-5% kukho konke ukwanda kokuphakama okungamamitha ayi-1000.

Umphumela wokuphakama emandleni okuvikela umoya (amandla okuqhekeka)

A) Ngaphakathi kuka-2000-4500m, amandla okuvikela ancipha ngo-12-15% kukho konke ukwanda kokuphakama okungu-1000m
B) igebe lokuvikela phakathi kwe-fuse nezinye izakhiwo eziphilayo kanye nomhlabathi kufanele licatshangelwe ngumsebenzisi.